ADV.TUT.01 A

Moving forward from HERE, set the following if the simulation trial is the 1st one.

        GrainSizes_mtex_TRIALS          = cell(1, TOTAL_TRIALS);
        numNeighbors_mtex_TRIALS        = cell(1, TOTAL_TRIALS);
        equivalentRadius_mtex_TRIALS    = cell(1, TOTAL_TRIALS);
        ShapeFactor_mtex_TRIALS         = cell(1, TOTAL_TRIALS);
        AspectRatio_mtex_TRIALS         = cell(1, TOTAL_TRIALS);

To use MTEX and anlysize the grain struicture, use the following:

    [GrainSizes_mtex_TRIALS, numNeighbors_mtex_TRIALS,...
        equivalentRadius_mtex_TRIALS,~,...
        ShapeFactor_mtex_TRIALS, AspectRatio_mtex_TRIALS] = ANALYZE_GRAINSTRUCTURE_MTEX_V1(1,...
        1, GrainSizes_mtex_TRIALS, numNeighbors_mtex_TRIALS, equivalentRadius_mtex_TRIALS,...
        ShapeFactor_mtex_TRIALS, AspectRatio_mtex_TRIALS, GS_Plot_Options);

The below visuzlizations have been made for demonstration. All grain structure operations and visualixzations made available in PXO could be used (however, not all operations have been tested. Also, this process is not error free.)

Do remember to use the following, before the above function call is made.

GS_Plot_Options_Choices = {'DontPLotAnything',...
                            'Grains,GB,Phases',...
                            'Grains,GB,Phases,TriPntJunc',...
                            'Orientations',...
                            'Orientations,GB',...
                            'Orientations,GB,Phases',...
                            'OrientationsIPFColorKeyed',...
                            'OrientationsIPFColorKeyed,GB',...
                            'OrientationsIPFColorKeyed,GB,Phases'};
GS_Plot_Options = GS_Plot_Options_Choices{3};

---

OUTPUT DESCRIPTION

GrainSizes_mtex_TRIALS is a 1 x 1 cell array as below.

>> GrainSizes_mtex_TRIALS
GrainSizes_mtex_TRIALS =
  1×1 cell array
    {10×1 cell}

GrainSizes_mtex_TRIALS{1} contains the list of grain sizes for all available temporal slices, which is further a Minst x 1 cell array. Each of the Minst number of cell arrays is a cell array. See below.

>> GrainSizes_mtex_TRIALS{1}
ans =
  10×1 cell array
    {28×1 double}
    {26×1 double}
    {26×1 double}
    {26×1 double}
    {26×1 double}
    {26×1 double}
    {26×1 double}
    {25×1 double}
    {26×1 double}
    {26×1 double}

GrainSizes_mtex_TRIALS{1}{1} shows the pixellated grain areas in the grain structure belonging to the 1st temporal instance of the simulation. It has 26 grains. Once this informaton is available, the user can then make use of the histogram commands in MATLAB to calcualte the statistical distribution.

>> GrainSizes_mtex_TRIALS{1}{1}
ans =
     5
    11
    33
    56
   196
    11
   148
   171
     2
     4
   131
   170
    59
    13
   263
   175
     3
   203
    52
    22
    19
    13
    14
   299
    11
    19
   271
     5

Move to further analysis.